BUET

Content from BUET Lecturership

  • ME 171 Computer Programming Language:
Lectures Content
Lecture 1 Computer Languages: Machine, Assembly, High-Level Language
Lecture 2 Compiler, Interpreter, Identifiers, Data Storing
Lecture 3 Variable Declaration, Data types
Lecture 4 Input, Output in C
Lecture 5 Operators: Arithmetic, Bit-wise, Logical, Conditional
Lecture 6 Control flow: If, If else, switch, for, while, do while, break, continue statement
Lecture 7 Algorithms: Concept, Sorting, Recursion
Lecture 8 Strings

Book Reference Teach Yourself C - Herbert Schildt Book Reference Programming in ANSI C – E Balagurusamy Book Reference The C Programming Language – Brian W. Kernighan, Dennis M. Ritchie Book Reference Introduction to Algorithms, by Thomas H. Cormen, Charles E. Leiserson, Ronald L. Rivest and Clifford Stein. Book Reference Sorting and searching algorithms, by Thomas Niemann.

  • ME 165 Basic Mechanical Engineering:
Lectures Content
Lecture 1 Psychometry
Lecture 2 Refrigeration: Joule Thomson Effect, Vapor Compression & Vapor Absorption Refrigeration System
  Property Tables - Water, R134a
Lecture 3 Refrigerants
Lecture 4 Air conditioning system
Lecture 5 Internal Combustion Engines: terminology & Classification
Lecture 6 Engine Operation : SI &CI (4 Strokes)
Lecture 7 Engine Subsystem: Air intake & exhaust system, Fuel supply system, Ignition system, Lubrication system, Starting system
Lecture 8 Air Standard Cycles
Lecture 9 IC Engine Analysis
Lecture 10 Robotics : Specifications, geometric configurations and Drive Systems
Lecture 11 Robot Motion Characteristics

Book Reference Thermal Engineering by R.S. Khurmi Book Reference Thermodynamics by Yunus A Cengel Book Reference Refrigeration and Air Conditioning by Wilbert F. Stoecker, Jerold W. Jones Book Reference Introduction to Robotics: Analysis, System and Application by Saeed B. Niku Book Reference Ferguson & Kirkpatric (2015), Internal Combustion Engines, J. Wiley & Sons

  • ME 267 Mechanical Engineering Fundamentals:
Lectures Content
Lecture 1 Internal Combustion Engines: terminology & Classification
Lecture 2 Engine Operation : SI & CI (4 Strokes)
Lecture 3 Engine Subsystem: Air intake & exhaust system, Fuel supply system, Ignition system, Lubrication system, Starting system
Lecture 4 Air Standard Cycles – Otto Cycle
Lecture 5 Air Standard Cycles – Diesel Cycle
Lecture 6 Refrigeration: Joule Thomson Effect, Vapor Compression & Vapor Absorption Refrigeration System
Lecture 7 Refrigerants
Lecture 8 Air Conditioning Systems
Lecture 9 Gas Turbine : Working Principle, classifications
Lecture 10 Gas Turbine Modifications : Reheat, Regeneration, Intercooling
Lecture 11 Gas Turbine Cycle Analysis
Lecture 12 IC Engine Analysis
  DEFINITIONS AND RELATED EQUATIONS OF INTERNAL COMBUSTION RECIPROCATING ENGINES

Book Reference Hundy, Trott & Welch (2008), Refrigeration & Air-conditioning, Butterworth-Heinemann. Book Reference McQuiston, Parker & Spitler (2005), Heating, Ventilating & Air-conditioning: Analysis & Design, J. Wiley Book Reference Heywood (2018), Internal Combustion Engine Fundamentals, McGraw-Hill. Book Reference Ferguson & Kirkpatric (2015), Internal Combustion Engines, J. Wiley & Sons. Book Reference Stone (2012), Introduction to Internal Combustion Engines, Palgrave Macmillan.

  • ME 366 Electro-Mechanical System Design and Practices:
Lectures Content
Lecture 1 Basic Components Lecture One
Lecture 2 Basic Components Lecture Two
Lecture 3 Arduino Lecture One
Lecture 4 Arduino Lecture Two
Lecture 5 Arduino Lecture Three
  • ME 160 Mechanical Engineering Drawing-I:
Lectures Content
Lecture 1 Introduction
Lecture 2 Orthographic Projection Drawing
Lecture 3 Orthographic Projection Drawing (with holes)
Lecture 4 Rounds and Fillets
Lecture 5 Sectional Views
Lecture 6 Sectional Views (with ribs)
Lecture 7 Auxiliary Views
Lecture 8 Isometric Views
Lecture 9 Isometric Views ( with Holes)
Lecture 10 Missing Lines & Missing Views